What evidence today supports a geocentric cosmology?

Modern physics and astronomy, examined without philosophical bias, contain abundant evidence consistent with a stationary Earth at the center of the universe. Interferometric experiments show no measurable motion of the Earth through space. The cosmic microwave background (CMB) reveals alignments uniquely oriented toward the Earth's ecliptic and equinoxes. Relativity itself concedes that any point can be treated as the center, and the observational data continually point back to the one we inhabit. The only reason geocentrism is dismissed is ideological, not scientific. (See Galileo Was Wrong, Vol. 2, chs. 5-10; Geocentrism 101, chs. 7-12.) In 1887, Albert Michelson and Edward Morley sought to measure the Earth's motion through the supposed ether by comparing light interference fringes. The result was null; there was no fringe shift beyond instrumental error. If the Earth moved 30 km/s around the Sun, a clear displacement should have appeared. None did. Later experiments by Miller, Kennedy-Thorndike, and Illingworth confirmed the same. Rather than accept the obvious, physics redefined the framework through Einstein's relativity. In 1871, George Airy filled his telescope with water to slow the speed of light, expecting to measure stellar aberration due to the Earth's orbital motion. No shift occurred. The simplest explanation was that the stars, not the telescope, move. This experiment directly confirmed geocentrism, but it was reinterpreted under ad hoc assumptions. Georges Sagnac's 1913 experiment demonstrated the Sagnac effect. Modern ring-laser gyroscopes detect the rotation of the Earth's surface, but they cannot distinguish whether the Earth rotates or the heavens revolve around it. Relativity declares both descriptions equivalent, yet cosmologists insist on rotation only for the Earth. In 2003, NASA's WMAP satellite revealed anisotropies in the CMB that align closely with the Earth's equinox and ecliptic planes, the so-called "Axis of Evil." Subsequent missions (Planck, COBE) confirmed the same orientation. Statistically, such alignment is astronomically improbable if the Earth has no special location. Some proposed foreground contamination or cosmic coincidence, yet none can eliminate the correlation. Galactic surveys show spherical shells of galaxy clusters centered on the Earth's location, with quantized redshifts forming concentric patterns. These "galactocentric shells" contradict isotropic randomness. The simplest interpretation is observational centrality. Einstein's general relativity abolishes absolute motion; any coordinate system may serve as the reference frame. So a geocentric model is as valid mathematically as a heliocentric one. The difference is philosophical. Einstein admitted this in correspondence: the Ptolemaic and Copernican systems are kinematically equivalent. Despite technological advances, atomic clocks, satellite laser ranging, GPS calibration, no instrument has directly measured the Earth's linear motion through space. All the data are processed assuming heliocentrism; none demonstrate it independently. Even the aberration of starlight and the Doppler shifts can be equally modeled by rotating heavens around a fixed Earth. A stationary Earth unites physical evidence with metaphysical meaning. The heavens' daily rotation explains the diurnal motion without invoking an Earth spinning at 1,000 mph. Atmospheric calm, the lack of measurable Coriolis drift outside contrived setups, and the stability of long-range trajectories all point toward a motionless Earth in a moving universe. Every decisive experiment of modern physics, interpreted without presupposition, is consistent with a stationary Earth. The rejection of geocentrism arises not from evidence but from a metaphysical refusal to grant the Earth a privileged position.